Kilovoltage controls the 1. contrast of the image. 2. quantity of X-rays produced. 3. energy of the X-rays. 4. temperature of the cathode filament.

Increasing the kilovoltage setting in the dental x-ray machine results in

more penetration.
NDEB released questions set 1

Selection of the appropriate kilovoltage for dental films is influenced by

tissue density.
NDEB released questions set 2

In dental radiography, an increase in the kilovoltage is accompanied by

greater penetrability.
NDEB released questions set 2

Increasing the kilovoltage setting in the dental x-ray machine results in

more penetration.
NDEB released questions 2012 online set 1

Increasing the kilovoltage setting in the dental x-ray machine results in

more penetration
NDEB released questions part 2 set 4

Which of the following combinations of milliamperage and kilovoltage will give X-radiation with the maximum penetration?

90kVp - 10ma
NDEB released questions part 2 set 9

In x-ray equipment, kilovoltage controls
1. contrast.
2. speed of electrons.
3. penetrating power of radiation.
4. amount of radiation produced.

(1) (2) (3)
NDEB released questions part 2 set 12

The depth of penetration of any object by x-rays is determined by
1. milliamperage.
2. density of the object.
3. exposure time.
4. kilovoltage.

(2) and (4)
NDEB released questions part 2 set 14

In X-ray equipment, kilovoltage controls
1. contrast.
2. speed of electrons.
3. amount of radiation produced.
4. penetrating power of radiation.
5. temperature of the cathode filament.

(1) (2) (4)
NDEB released questions part 2 set 14

When taking radiographs on a 10 year old child, which of the following should be used to decrease radiation exposure?
1. A lead apron.
2. A decrease of the kilovoltage to 50kVp.
3. Use of high speed film.
4. Application of a radiation protection badge.

(1) and (3)
NDEB released questions part 2 set 15

In X-ray equipment, kilovoltage controls
1. contrast.
2. speed of electrons.
3. amount of radiation produced.
4. penetrating power of radiation.
5. temperature of the cathode filament.

(1) (2) (4)
NDEB released questions set 6

The depth of penetration of any object by x-rays is determined by
1. milliamperage.
2. density of the object.
3. exposure time.
4. kilovoltage.

(2) and (4)
NDEB released questions set 7

In x-ray equipment, kilovoltage controls
1. contrast.
2. speed of electrons.
3. penetrating power of radiation.
4. amount of radiation produced

(1) (2) (3)
NDEB released questions set 13

Increasing the kilovoltage setting on the dental x-ray machine results in

more penetration
Planets 35

Selection of the appropriate kilovoltage for dental films is influenced by

tissue density.
Planets 34

Kilovoltage controls the
1. contrast of the image.
2. quantity of X-rays produced.
3. energy of the X-rays.
4. temperature of the cathode filament.

(1) and (3)

All of the above.

(1) (2) (3)

(4) only

(2) and (4)

0 explanations

Similar questions:

Increasing the kilovoltage setting in the dental x-ray machine results in

Selection of the appropriate kilovoltage for dental films is influenced by

In dental radiography, an increase in the kilovoltage is accompanied by

Increasing the kilovoltage setting in the dental x-ray machine results in

Increasing the kilovoltage setting in the dental x-ray machine results in

Which of the following combinations of milliamperage and kilovoltage will give X-radiation with the maximum penetration?

In x-ray equipment, kilovoltage controls
1. contrast.
2. speed of electrons.
3. penetrating power of radiation.
4. amount of radiation produced.

The depth of penetration of any object by x-rays is determined by
1. milliamperage.
2. density of the object.
3. exposure time.
4. kilovoltage.

In X-ray equipment, kilovoltage controls
1. contrast.
2. speed of electrons.
3. amount of radiation produced.
4. penetrating power of radiation.
5. temperature of the cathode filament.

When taking radiographs on a 10 year old child, which of the following should be used to decrease radiation exposure?
1. A lead apron.
2. A decrease of the kilovoltage to 50kVp.
3. Use of high speed film.
4. Application of a radiation protection badge.

In X-ray equipment, kilovoltage controls
1. contrast.
2. speed of electrons.
3. amount of radiation produced.
4. penetrating power of radiation.
5. temperature of the cathode filament.

The depth of penetration of any object by x-rays is determined by
1. milliamperage.
2. density of the object.
3. exposure time.
4. kilovoltage.

In x-ray equipment, kilovoltage controls
1. contrast.
2. speed of electrons.
3. penetrating power of radiation.
4. amount of radiation produced

Increasing the kilovoltage setting on the dental x-ray machine results in

Selection of the appropriate kilovoltage for dental films is influenced by

Member's benefits

Sign In

Kilovoltage controls the1. contrast of the image.2. quantity of X-rays produced.3. energy of the X-rays.4. temperature of the cathode filament.

(1) and (3)

All of the above.

(1) (2) (3)

(4) only

(2) and (4)

0 explanations

Similar questions:

Increasing the kilovoltage setting in the dental x-ray machine results in

Selection of the appropriate kilovoltage for dental films is influenced by

In dental radiography, an increase in the kilovoltage is accompanied by

Increasing the kilovoltage setting in the dental x-ray machine results in

Increasing the kilovoltage setting in the dental x-ray machine results in

Which of the following combinations of milliamperage and kilovoltage will give X-radiation with the maximum penetration?

In x-ray equipment, kilovoltage controls1. contrast.2. speed of electrons.3. penetrating power of radiation.4. amount of radiation produced.

The depth of penetration of any object by x-rays is determined by1. milliamperage.2. density of the object.3. exposure time.4. kilovoltage.

In X-ray equipment, kilovoltage controls1. contrast.2. speed of electrons.3. amount of radiation produced.4. penetrating power of radiation.5. temperature of the cathode filament.

When taking radiographs on a 10 year old child, which of the following should be used to decrease radiation exposure?1. A lead apron.2. A decrease of the kilovoltage to 50kVp.3. Use of high speed film.4. Application of a radiation protection badge.

In X-ray equipment, kilovoltage controls 1. contrast. 2. speed of electrons. 3. amount of radiation produced. 4. penetrating power of radiation. 5. temperature of the cathode filament.

The depth of penetration of any object by x-rays is determined by 1. milliamperage. 2. density of the object. 3. exposure time. 4. kilovoltage.

In x-ray equipment, kilovoltage controls 1. contrast. 2. speed of electrons. 3. penetrating power of radiation. 4. amount of radiation produced

Increasing the kilovoltage setting on the dental x-ray machine results in

Selection of the appropriate kilovoltage for dental films is influenced by

Kilovoltage controls the
1. contrast of the image.
2. quantity of X-rays produced.
3. energy of the X-rays.
4. temperature of the cathode filament.

In x-ray equipment, kilovoltage controls
1. contrast.
2. speed of electrons.
3. penetrating power of radiation.
4. amount of radiation produced.

The depth of penetration of any object by x-rays is determined by
1. milliamperage.
2. density of the object.
3. exposure time.
4. kilovoltage.

In X-ray equipment, kilovoltage controls
1. contrast.
2. speed of electrons.
3. amount of radiation produced.
4. penetrating power of radiation.
5. temperature of the cathode filament.

When taking radiographs on a 10 year old child, which of the following should be used to decrease radiation exposure?
1. A lead apron.
2. A decrease of the kilovoltage to 50kVp.
3. Use of high speed film.
4. Application of a radiation protection badge.

In X-ray equipment, kilovoltage controls
1. contrast.
2. speed of electrons.
3. amount of radiation produced.
4. penetrating power of radiation.
5. temperature of the cathode filament.

The depth of penetration of any object by x-rays is determined by
1. milliamperage.
2. density of the object.
3. exposure time.
4. kilovoltage.

In x-ray equipment, kilovoltage controls
1. contrast.
2. speed of electrons.
3. penetrating power of radiation.
4. amount of radiation produced